Consider the following tree structure, where A and C are co-referential. Similarly, E and H are co-referential. Identify the incorrect statement(s).
Step 1: Recall binding theory basics
- Binding means that an antecedent c-commands and co-refers with another element.
- C-command: Node X c-commands node Y if every branching node dominating X also dominates Y, and X does not dominate Y.
Step 2: Analyze statements
(A) A binds C: A and C are co-referential, and A c-commands C through the structure. This is correct. ✔
(B) C binds E: C does not c-command E. E lies inside a different branch under D, so C cannot bind E. ✘
(C) E binds D: E is embedded under D, meaning it does not c-command D. Hence, E cannot bind D. ✘
(D) A binds H: A c-commands B and C, but not the internal nodes under D–F. Thus A cannot c-command H. So, A cannot bind H. ✘
Step 3: Conclusion
Only statement (A) is correct; the incorrect statements are (B), (C), and (D).
\[
\boxed{\text{Incorrect: (B), (C), (D)}}
\]
Given the sentences S1 and S2, choose the option that explains why S2 cannot be derived from S1.
S1: Deadpool was interested in Wolverine's description of morphosyntax.
S2: *What was Deadpool interested in Wolverine's description of?
Consider the following two statements, S1 and S2 and choose the correct option.
S1: If X is an adjunct of Y, then Y is an argument of X because the presence of Y in a sentence is necessary for X to occur.
S2: It is not necessarily true that if Y is an argument of X, then X is Y's adjunct.
For the sentence [Li knows [CP1 that you believe [CP2 that Mo thinks CP3 that Jo likes Kai]]]. which of the following statements can be held to apply?
The structures below represent two interpretations of the compound noun 'Greek history teacher'. Which of the following statements is/are CORRECT?
Here are two analogous groups, Group-I and Group-II, that list words in their decreasing order of intensity. Identify the missing word in Group-II.
Abuse \( \rightarrow \) Insult \( \rightarrow \) Ridicule
__________ \( \rightarrow \) Praise \( \rightarrow \) Appreciate
In the following figure, four overlapping shapes (rectangle, triangle, circle, and hexagon) are given. The sum of the numbers which belong to only two overlapping shapes is ________